COMP3004 Team 47 - Final Project

Team Members

• Ellie Ng - wisdomlesstooths
  • Use Cases, Class Diagram, use case diagram
  • state machine diagram: device
  • Sequence Diagram: device low battery
  • Requirements Traceability Matrix
  • Set up slots + signals
  • Button Implemenation/Logic
  • Battery Functionality (set battery level, set low/no battery, deplete during session run)
  • Battery UI
  • New session designs
  • Write test cases
  • Design & Prototyping
  • Update date and time functionality
  • new session - only allow play when headset has been connected
  • uploading completed documentation to github
  • video recording
  • troubleshooting
• Ryushen Tan - ryushen-tan
  • UI Design/Implemenation
  • New Session UI
  • Use cases
  • Stylesheets for UI
  • UI - add PC view of sessions
  • New Session Implementation
  • Look into and implement new session flow
  • make timer and progress bar in UI
  • Finish battery UI
  • UI display of logs for pc and session logs view
  • Video recording
  • Textual explanation of design decisions
  • Button Implemenation/Logic
  • Design & Prototyping
  • troubleshooting
• William Yin - water-fleas
  • Use Cases, Class Diagram
  • Session Info Class Implementation
  • Button Implemenation/Logic
  • Design & Prototyping
  • troubleshooting
  • Requirements traceability matrix
  • Sequence diagram: PC view
  • Database write + storing session info
  • Textual explanation of design decisions
• Stephen Mamosian - TheSlenk
  • New Session Process Implementation/Logic
  • New Session Process/Controller
  • Button Implemenation/Logic
  • Design & Prototyping
  • troubleshooting
  • Device RGB light and beep functionality for session process and no contact
  • complete implementation of new session
  • play/pause new session
  • stop new session
  • make timer and progress bar in ui work with new session process
• Mike Lin - Maiku3
  • Use Cases, Class Diagram
  • Signal Generation Implementation/Logic
  • EEG Site and Processing Implementation
  • Button Implemenation/Logic
  • Design & Prototyping
  • Requirements Traceability Matrix
  • Sequence Diagram: Connection Loss
  • Sequence Diagram: Normal Operation of Treatment
  • Setting up QCharts and UI for plotting EEG Signal
  • Plotting EEG Signal
  • Implement Signal generation (SignalGenerator, EEGSite)
  • Apply treatment and update rounds
  • Disconnect headset functionality (call pause treatment, stop EEG plot)
  • Signal analysis and processing
  • State machine diagram: device
  • Implement calculate dominante frequency function
  • Applying offset for treatment
  • Disconnect headset implementation
  • connect + test signal generation
  • implement math for sinewave generation
  • Class diagram
  • Textual explanation of design decisions
  • troubleshooting
• TA: Anjali

How to run the simulation!

Export github as zip Install QChart (using command: 'sudo apt install libqt5charts5-dev') Run Final_3004.pro in Qt

Video demo

Watch here: https://www.youtube.com/watch?v=fMr4ltGo5rQ

File Organization

. Final_3004.pro
L Headers
  . Device.h
  . EEGSite.h
  . mainwindow.h
  . SessionInfo.h
  . SignalGenerator.h
L Sources
  . Device.cpp
  . EEGSite.cpp
  . main.cpp
  . mainwindow.cpp
  . SessionInfo.cpp
  . SignalGenerator.cpp
L Forms
  . mainwindow.ui
L Design Documentation   . Class Diagram
  . Use Cases
  . Use Case diagram
  . Requirements Traceability Matrix
  . State diagram
  . Team47ProjectReport (Textual Explanation of Design Decisions)
  L Sequence Diagrams
    . 1 normal operation of treatment
    . 2 therapy history viewing with PC
    . 3 device battery low response
    . 4 connection loss between electrodes and the device\